{"best_for":["Companies building AI hardware","OEMs evaluating low-power AI chips","Product teams developing AR/VR devices","Robotics developers"],"citation":{"dataset":"aitoolsforbusiness-agent-tool-export","directory_tool_url":"https://aitoolsforbusiness.ai/applied-brain-research","json_profile_url":"https://aitoolsforbusiness.ai/data/tools/applied-brain-research.json","markdown_profile_url":"https://aitoolsforbusiness.ai/data/markdown/tools-md-004.json","schema_version":"1.4.0","suggested_citation_label":"AI Tools for Business: Applied Brain Research (https://aitoolsforbusiness.ai/applied-brain-research)"},"features":["TSP1 AI Accelerator: A chip designed to run state space models at the edge with power consumption under 30 mW.","State Space Models: AI models based on the Legendre Memory Unit (LMU) designed for computational efficiency in edge devices.","Real-time Speech Processing: Supports streaming speech-to-text, text-to-speech, and speech-to-intent understanding locally on the device.","State Space DSP: Processes biosignals and time-series data from the body in real time.","Offline Language Translation: Supports live translation between languages without requiring a cloud connection.","Developer Kits: Hardware boards and SDKs available through an early access program for product evaluation."],"freshness_status":"fresh","name":"Applied Brain Research","pricing_note":"Pricing was not clearly available from the provided evidence. Buyers should confirm current pricing on the vendor website.","pricing_url":null,"primary_category":"Software Development","profile_last_verified":"2026-06-07T16:33:01.207Z","secondary_categories":[],"short_description":"Applied Brain Research provides edge AI solutions using state space models and the TSP1 low-power chip for on-device intelligence.","slug":"applied-brain-research","sponsorship_status":"none","url":"https://aitoolsforbusiness.ai/applied-brain-research","use_cases":["AR/VR Wearables: Integrating real-time speech transcription and translation into glasses or headsets without cloud reliance.","Smart Home Appliances: Implementing local voice control and intent detection for home devices.","Robotics: Adding speech understanding and text-to-speech for machine interaction.","Health and Fitness Wearables: Continuous processing of voice and biosignals using low power to support battery life."],"website_url":"https://appliedbrainresearch.com/"}